Module 7 Unit 23 – Instrumentation and Control Drawings.

Slides:

Advertisements

Similar presentations

Introduction to Pneumatic Components Build a Working Pneumatic Circuit

Advertisements

Course Title Welcome or splash page text here. Suggestions to include: Welcome message One sentence about the course and its intended audience. An indication.

Pneumatic Circuits Chapter 5.

For system diagrams and component identification

Fluid Power Symbols.

Unit Ten Directional Control Valves

Using Graphic Symbols to Illustrate Basic Circuit Designs

Module 6 : Flow control valves

Simple Pressure Control Valves

Fluid Power Introduction

Mechanical System. Agenda Mechanical Systems – Contest Outcomes Basic Pneumatics The Kit of Parts.

Fluid Power Introduction

Introduction to Basic Hydraulics

The Piping and Instrumentation Diagram Schematic of a control system –more detailed than process flow diagram –does not include values of parameters Used.

Fluid Power Introduction

Unit Four Control of Hydraulic Energy Hydraulic energy must be controlled in order to accomplish useful work and be safe. There are three quantities that.

Lesson 15: Dc Motor Control Components and Diagrams

Control of Pneumatic Energy

ENGR 8-4, Lesson 2 Hydraulic and Pneumatic Systems

Hydraulic Drive Systems Hydraulic is derived from Greek word for water and it is the study of water flow. Water from a Nozzle Used to Turn a Turbine.

Lesson 5 Fluid Systems.

Chapter 12 Fluid Power. Objectives Upon completing this chapter, you should be able to: –Discuss some fluid power fundamentals –Explain psi, psig, psia,

Chapter 10 Fluid Power Systems.

PROGRAMMABLE LOGIC CONTROLLER (PLC) AND AUTOMATION

Hydraulic Symbols. Piping and Tubing Symbols Normal working line Flexible working line Pilot line Drain line Enclosure outline Direction of flow.

Current Electricity. How is current produced? When a high potential is connected by a conductive material to a low potential. When a high potential is.

Pneumatic and hydraulic actuation system (cont.)

Unit 4 Symbols.

Pascal’s Principle: More Practice. Fluid Systems: Student Success Criteria I can describe common components used in hydraulic and pneumatic systems.

Instrumentation and Control Drawings

Basic Equipment and Schematic Reading. Objectives Learn the basic equipment that will be used in the Lab. Learn some of the basic symbols used on electrical.

Module 6 Unit 20 – Plastic Parts. Learning Objectives List common names and abbreviations used in the manufacture of plastic parts. Explain the difference.

Module 3 Unit 15 – Detail Drawings.

1 Prints: The Language of Industry. Learning Objectives Identify the importance of prints. Discuss historical processes and technologies related to prints.

SUBMMITED BY : MOUTRISHNA GAYAN CLASS : VII ROLL. no : 9.

Fluid Power Control.

Module 4 Unit 17 – Springs and Fasteners in Industrial Prints.

Module 7 Unit 22 – Welding Prints. Learning Objectives Identify a welding symbol. List the elements of a welding symbol. Explain the meaning of a welding.

Hydraulic System.

BASIC AUTOMATIC CONTROLS UNIT 16 ADVANCED AUTOMATIC CONTROLS

Fluid Power Introduction All Images reprinted with permission of National Fluid Power Association.

Fluid Power Introduction © 2012 Project Lead The Way, Inc.Principles of Engineering All images reprinted with permission of National Fluid Power Association.

Fluid Power Control.

Fluid Power Control.

Click to edit Master subtitle style Fluid Power Introduction All Images reprinted with permission of National Fluid Power Association.

Unit Twelve Pilot Operated Pressure Control Valves At first glance the diagram would appear to show three different valves but the box surrounding the.

HYDRAULIC AND PNUEMATIC ACTUATION SYSTEMS

For system diagrams and component identification

HYDRAULIC & PNEUMATIC CIRCUITS

GOVERNMENT ENGINEERING COLLEGE DAHOD

Fluid Power Introduction

Directional control valves

Introduction to hydraulics

Attachment 1-5: Fluid Power Circuit Examples

Fluid Power Introduction

Component And Instrument Symbols

Pneumatics Module 9 Time delay valve.

Fluid Power Introduction

Actuators and directional control valves

Actuators & Directional Control Valves

Fluid Power Introduction

Game Tutorial, How it works

Game Tutorial, How it works

Module – 4: Single Acting Cylinder

Current Electricity and Electric Circuits

Actuators & Directional Control Valves

Electric Circuits.

Fluid Power System Electrical Control

Presentation transcript:

Module 7 Unit 23 – Instrumentation and Control Drawings

Learning Objectives Describe the types of control diagrams. Identify symbols used on fluid power diagrams. Recognize supplementary information accompanying circuit diagrams. Read a graphic diagram. Interpret graphic diagrams for fluid control devices.

Graphic Diagram Components and piping are shown as schematic symbols

Pictorial Diagrams Components are shown in a pictorial form and piping shown as lines

Cutaway Diagrams Components are shown in a cutaway form Emphasizes the internal functions and connections

Instrumentation and Control Diagram Terminology Accumulator: Container in which fluid is stored under pressure as a source of fluid power Actuator: Device for converting fluid power energy into mechanical energy (i.e., motors and cylinders) Circuit: Complete path of flow in a fluid power system

Instrumentation and Control Diagram Terminology Component: Single hydraulic or pneumatic unit Control: Device used to regulate the function of a component Enclosure: Housing for components –Indicated by a phantom line rectangle in diagrams Fluid: A liquid or gas

Instrumentation and Control Diagram Terminology Port: End of a passage in a component Reservoir: Container for storage of liquid in a fluid power system not under pressure Restriction: Area in a line or passage with a reduced cross section that produces a pressure drop

Fluid Power Diagram Symbols In a diagram, lines can be solid or dashed and may include dots or arrows to assist the print reader with interpreting the circuit

Fluid Power Diagram Symbols In a diagram, there are various symbols for units such as motors, heaters, coolers, accumulators, etc.

Fluid Power Diagram Symbols In a diagram, there are various symbols for springs, switches, and other operating buttons

Fluid Power Diagram Symbols In a diagram, there are various symbols for valves and other flow-control devices

Pneumatic Diagram Example Refer to the sequence of operations on pages 403–405 of text for this circuit

Drawing Example

What are the four basic types of control diagrams? Graphic, pictorial, cutaway, and combination diagrams

Which type of control diagram uses symbols to represent the fluid power components? Graphic diagram

What are three types of supplementary information that may appear on a control diagram? Sequence of operations, solenoid chart, and component list

Question text here. 1.Choice 1 2.Choice 2 3.Choice 3 4.Choice 4 Multiple Choice

Question text here. 1.Choice 1 2.Choice 2 3.Choice 3 4.Choice 4 Multiple Answer

Question text here. 1.True 2.False True or False

Match the following term to the definition or example that best fits. Column A 1.Term 1 2.Term 2 3.Term 3 4.Term 4 Column B 1.Definition or example 1 2.Definition or example 2 3.Definition or example 3 4.Definition or example 4 Text Matching

The following items are out of order. Put them in the correct order and click submit to check your answer. 1.Item 1 2.Item 2 3.Item 3 4.Item 4 5.Item 5 6.Item 6 Sequencing

_____________ is the capital of Ohio. Provide correct options the student may type: 1.Columbus 2.Columbus, OH 3.Columbus OH Fill-In-The-Blank *options are NOT case sensitive *students will need to type one of the above options to be considered correct

Open-ended prompt here. User response area… Essay or Short Answer *Responses can be tracked in Blackboard but there is a limit on how much text and be tracked. Use this interaction for simple reflections or open ended responses.